ONICON F-3100 series inline electromagnetic ﬂow meters are suitable for measurement of electrically conductive liquids, in a wide variety of applications. Inherently bi-directional, each F-3100 series meter is equipped with ONICON’s standard transmitter that provides a single analog 4-20 mA output for ﬂow rate and two programmable pulse outputs.
• Chilled water, hot water, condenser water & water/glycol/brine solutions used in HVAC
• Bi-directional ﬂow for primary/secondary bypass
• Process ﬂow with conductivity greater than 5µS/cm
• Domestic/municipal water
Accurate to within:
• ± 0.4% of reading from 3.3 to 33 ft/s
• ± 0.75% of reading from 1 to 3.3 ft/s
• ± 0.0075 ft/s at ﬂows less than 1 ft/s
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Every ONICON F-3100 series ﬂow meter is wet calibrated in a ﬂow laboratory against standards that are directly traceable to international standards. A certiﬁcate of calibration accompanies every meter.
Exceptional Performance & Accuracy - ONICON F-3100 series meters deliver ± 0.4% of reading accuracy with as little as 3 diameters of straight pipe upstream of the meter, an exceptional level of performance by any standard.
Easy to Install and Use - Every ONICON meter is individually calibrated, conﬁgured and programmed using customer speciﬁc application data. Complex ﬁeld programming is not required.
Excellent Long Term Reliability - ONICON electromagnetic ﬂow meters have no moving parts. In addition, state-of-the-art electronics and proprietary noise ﬁltering algorithms ensure years of accurate, trouble-free performance. This makes them the ideal choice for critical measurement applications or applications where water quality
is less than ideal.
Advanced Design Features - Each meter is equipped with a multifunction user interface and display. Advanced programming options include an empty pipe detector, auto-zero and auto-calibration capabilities. A number of alarm options are
Installation Flexibility - The F-3100 is an ideal choice for difﬁcult installations as it only requires 3 diameters of straight pipe upstream and 2 diameters downstream for proper operation, in